My professional path as an electrical and electronic engineer
A recent electronic engineering graduate, I am a problem-solver, passionate for FPGA and VSLI design. My time in Imperial College hoaned my resourcefullness and ability to work in a team, whilst challenging me to put all knowledge into practice. Continuing onwards, I aspire to make a significant impact in the field and learn from acclaimed professionals.
Education
University
Imperial College of London
Degree: MEng Electrical and Electronic
Engineering with Management
Core modules: Digital System Design, Hardware Verification, Embedded Systems, Analogue IC Design, Project Management, Business Strategy, Corporate Finance
Current GPA: 75.16%, First Class
Awards: Dean’s List 3rd and 1st Year
High School
American College of Sofia
Emphasis: Physics, Mathematics, English and Geman
State exams: Mathematics – 6.00 out of 6.00; Physics – 5.90 out of 6.00
AP exams: Calculus BC – 5 out 5; Physics B – 5 out of 5
Overall GPA: 5.92 out of 6.00
Work Experience
Nordic Semiconductor
Analogue IC Designer
Worked on an oscillator and successfully improved its accuracy, power consumption and silicon area.
Learned how to design robust ICs by testing the IPs over process variation, mismatch and temperature.
Became proficient in Cadence Virtuoso by making testbenches, designing and laying out circuits.
Improved my teamwork skills by presenting and documenting my work, and helping other engineers.
My Projects
Final Year Project
Platform for Testing Power-Efficient Compression Algorithms
Developed and implemented a dedicated platform for compression algorithm testing and power optimisation.
The platform featured an IGLOO Nano FPGA and low-power NAND Flash to simulate a memory- and power-constrained environment.
Established a guide for measuring and optimizing power consumption, leading to efficient resource utilization and enhanced power conservation.
Built a memory controller using SPI and implemented a novel compression algorithm, proving the platform's capabilities.
Designing a
Mars Rover
Autonomous driving
WiFi control
Obstacle avoidance
Controlling
a SMPS
Arduino Nano
PID Control
Current Sensor
FPGA, DAC
and ADC
Digital and Analogue
Verilog and Quartus
CAudio Circuits
FPGA
Computation
Quartus/Verilog
Soft-core NIOS II
C Programming
Analogue Music
Synthesizer
LTSpice
Analogue Circuits
Mimics Instruments
Analysing networks
with VNA and MATLAB
RF networks
S-parameters
Radiation patters
Skills
Web Design and
Development
HTML, CSS, JavaScript, WordPress, Divi, SEO, Photoshop, Figma, Wireframing, Typography, CPanel, Responsive Design
Electrical and
Electronic
Cadence Virtuoso, ASICs, FPGA, MatLab, Simulink, LTspice, Arduino, ESP32, Quartus Prime, Verilog, C++, AutoCAD, oscilloscope, multimeters
Miscellaneous
Skills
Teamwork, Microsoft Office, Team and Project Management, Brand Development, Bulgarian, German, Copywriting, Basic Accounting